#randomwalk — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #randomwalk, aggregated by home.social.
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The #UselessGraphic of the day is a #randomwalk. You can read the code and try it at home, with some beer at hand.
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The #UselessGraphic of the day is a #randomwalk. You can read the code and try it at home, with some beer at hand.
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The #UselessGraphic of the day is a #randomwalk. You can read the code and try it at home, with some beer at hand.
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The #UselessGraphic of the day is a #randomwalk. You can read the code and try it at home, with some beer at hand.
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The #UselessGraphic of the day is a #randomwalk. You can read the code and try it at home, with some beer at hand.
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#randomwalk through some suburban wetlands. The air is 40°C my feet maybe 24°C. Water isn't warm enough for crocs yet #australia #irwinaward
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A Random Walk in 10 Dimensions (2021)
https://galileo-unbound.blog/2021/06/28/a-random-walk-in-10-dimensions/
#HackerNews #A #Random #Walk #in #10 #Dimensions #2021 #RandomWalk #Dimensions #Mathematics #Exploration
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A Random Walk in 10 Dimensions (2021)
https://galileo-unbound.blog/2021/06/28/a-random-walk-in-10-dimensions/
#HackerNews #A #Random #Walk #in #10 #Dimensions #2021 #RandomWalk #Dimensions #Mathematics #Exploration
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A Random Walk in 10 Dimensions (2021)
https://galileo-unbound.blog/2021/06/28/a-random-walk-in-10-dimensions/
#HackerNews #A #Random #Walk #in #10 #Dimensions #2021 #RandomWalk #Dimensions #Mathematics #Exploration
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A Random Walk in 10 Dimensions (2021)
https://galileo-unbound.blog/2021/06/28/a-random-walk-in-10-dimensions/
#HackerNews #A #Random #Walk #in #10 #Dimensions #2021 #RandomWalk #Dimensions #Mathematics #Exploration
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A Random Walk in 10 Dimensions (2021)
https://galileo-unbound.blog/2021/06/28/a-random-walk-in-10-dimensions/
#HackerNews #A #Random #Walk #in #10 #Dimensions #2021 #RandomWalk #Dimensions #Mathematics #Exploration
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Burton Malkiel's "A Random Walk Down Wall Street" is a classic for a reason. He argues that the short-term stock market is largely unpredictable, and new information is priced in so quickly that you can't get an edge. A recent experiment pitting a fish against an AI algorithm for stock picking backs this up in the most hilarious way.
Let's talk about what this means for your portfolio: https://zhach.news/random-walk-down-wall-street/
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`His initial intended uses were for linguistic analysis and other mathematical subjects like card shuffling, but both Markov chains and matrices rapidly found use in other fields.`
https://en.wikipedia.org/wiki/Stochastic_matrix#History
#AndreyMarkov #Markov #MarkovChain #MarkovModel #statistics #stochastic #stochasticProcess #randomWalk #statisticalPhysics #physics #inference #distribution #equilibrium #transitionRate #transitionMatrix #MarkovMatrix #stochasticMatrix #linearAlgebra #differentialEquation #equation
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`His initial intended uses were for linguistic analysis and other mathematical subjects like card shuffling, but both Markov chains and matrices rapidly found use in other fields.`
https://en.wikipedia.org/wiki/Stochastic_matrix#History
#AndreyMarkov #Markov #MarkovChain #MarkovModel #statistics #stochastic #stochasticProcess #randomWalk #statisticalPhysics #physics #inference #distribution #equilibrium #transitionRate #transitionMatrix #MarkovMatrix #stochasticMatrix #linearAlgebra #differentialEquation #equation
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`His initial intended uses were for linguistic analysis and other mathematical subjects like card shuffling, but both Markov chains and matrices rapidly found use in other fields.`
https://en.wikipedia.org/wiki/Stochastic_matrix#History
#AndreyMarkov #Markov #MarkovChain #MarkovModel #statistics #stochastic #stochasticProcess #randomWalk #statisticalPhysics #physics #inference #distribution #equilibrium #transitionRate #transitionMatrix #MarkovMatrix #stochasticMatrix #linearAlgebra #differentialEquation #equation
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`His initial intended uses were for linguistic analysis and other mathematical subjects like card shuffling, but both Markov chains and matrices rapidly found use in other fields.`
https://en.wikipedia.org/wiki/Stochastic_matrix#History
#AndreyMarkov #Markov #MarkovChain #MarkovModel #statistics #stochastic #stochasticProcess #randomWalk #statisticalPhysics #physics #inference #distribution #equilibrium #transitionRate #transitionMatrix #MarkovMatrix #stochasticMatrix #linearAlgebra #differentialEquation #equation
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`His initial intended uses were for linguistic analysis and other mathematical subjects like card shuffling, but both Markov chains and matrices rapidly found use in other fields.`
https://en.wikipedia.org/wiki/Stochastic_matrix#History
#AndreyMarkov #Markov #MarkovChain #MarkovModel #statistics #stochastic #stochasticProcess #randomWalk #statisticalPhysics #physics #inference #distribution #equilibrium #transitionRate #transitionMatrix #MarkovMatrix #stochasticMatrix #linearAlgebra #differentialEquation #equation
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Just updated my #R #Package in #dev on #GitHub with another #RandomWalk this time from the #Lognormal #Distribution with random_lognormal_walk() See below :) #ggplot2 #tidydata
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Just updated my #R #Package in #dev on #GitHub with another #RandomWalk this time from the #Logistic #Distribution with random_logistic_walk() See below :) #ggplot2 #tidydata
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How about a #3D #Plot using #Plotly for a #NegativeBinomial #RandomWalk
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Another new #RandomWalk function for my #R #Package #RandomWalker this time for a #Discrete #Distribution of the Negative Binomial. This is in Dev. #RandomWalk #Random #R #Rcode #RProgramming #ggplot2 #tidydata
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Want to visualize a 2D Random Walk of the Wilcox distribution in #R then the RandomWalker package developed by myself and Antti Rask can do that. #R #RStats #RandomWalker #RandomWalk #Visualization #ggplot2 #TidyData
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Want to visualize a 2D Random Walk of the Wilcox distribution in #R then the RandomWalker package developed by myself and Antti Rask can do that. #R #RStats #RandomWalker #RandomWalk #Visualization #ggplot2 #TidyData
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Want to visualize a 2D Random Walk of the Wilcox distribution in #R then the RandomWalker package developed by myself and Antti Rask can do that. #R #RStats #RandomWalker #RandomWalk #Visualization #ggplot2 #TidyData
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Want to visualize a 2D Random Walk of the Wilcox distribution in #R then the RandomWalker package developed by myself and Antti Rask can do that. #R #RStats #RandomWalker #RandomWalk #Visualization #ggplot2 #TidyData
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Want to visualize a 2D Random Walk of the Wilcox distribution in #R then the RandomWalker package developed by myself and Antti Rask can do that. #R #RStats #RandomWalker #RandomWalk #Visualization #ggplot2 #TidyData
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Hexagonaler Random Walk mit TigerJython
Der bei Microsoft forschende Psychologe und Informatiker Dan Goldstein berichtet in seinem Blog, wie er mit seiner neunjährigen Tochter in einem Bagel-Shop warten mußte. Um sich die Langeweile zu verkürzen, kramte er ein hexagonal-kariertes Blatt Papier und einen Würfel hervor (Psychologen bei Microsoft haben immer ein hexagonal-karierten Notizblock und einen Würfel in der Tasche). https://kantel.github.io/posts/2025061802_hexawalk/ #TigerJython #RandomWalk #Python #CreativeCoding
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Hexagonaler Random Walk mit TigerJython
Der bei Microsoft forschende Psychologe und Informatiker Dan Goldstein berichtet in seinem Blog, wie er mit seiner neunjährigen Tochter in einem Bagel-Shop warten mußte. Um sich die Langeweile zu verkürzen, kramte er ein hexagonal-kariertes Blatt Papier und einen Würfel hervor (Psychologen bei Microsoft haben immer ein hexagonal-karierten Notizblock und einen Würfel in der Tasche). https://kantel.github.io/posts/2025061802_hexawalk/ #TigerJython #RandomWalk #Python #CreativeCoding
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Hexagonaler Random Walk mit TigerJython
Der bei Microsoft forschende Psychologe und Informatiker Dan Goldstein berichtet in seinem Blog, wie er mit seiner neunjährigen Tochter in einem Bagel-Shop warten mußte. Um sich die Langeweile zu verkürzen, kramte er ein hexagonal-kariertes Blatt Papier und einen Würfel hervor (Psychologen bei Microsoft haben immer ein hexagonal-karierten Notizblock und einen Würfel in der Tasche). https://kantel.github.io/posts/2025061802_hexawalk/ #TigerJython #RandomWalk #Python #CreativeCoding
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Hexagonaler Random Walk mit TigerJython
Der bei Microsoft forschende Psychologe und Informatiker Dan Goldstein berichtet in seinem Blog, wie er mit seiner neunjährigen Tochter in einem Bagel-Shop warten mußte. Um sich die Langeweile zu verkürzen, kramte er ein hexagonal-kariertes Blatt Papier und einen Würfel hervor (Psychologen bei Microsoft haben immer ein hexagonal-karierten Notizblock und einen Würfel in der Tasche). https://kantel.github.io/posts/2025061802_hexawalk/ #TigerJython #RandomWalk #Python #CreativeCoding
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#genuary17 - Pi is 4? When contemplating how to approach this one, I recalled the fascinating Monte Carlo methods for calculating pi, like counting how many random dots fall inside a circle, or Buffon's needle experiment. A method unfamiliar to me until now method is based on random walk. I had to code it up and try it, and then thought about what would have to change to make pi come out to be 4. Instead of a random walk where each step is randomly either -1 or 1, the steps would need to be approximately -0.885 or +0.885. This image visualizes the difference, with the cream color walks for the regular pi, and the turquoise paths the "pi=4". #pi #randomwalk #genuary #genuary2025
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#genuary17 - Pi is 4? When contemplating how to approach this one, I recalled the fascinating Monte Carlo methods for calculating pi, like counting how many random dots fall inside a circle, or Buffon's needle experiment. A method unfamiliar to me until now method is based on random walk. I had to code it up and try it, and then thought about what would have to change to make pi come out to be 4. Instead of a random walk where each step is randomly either -1 or 1, the steps would need to be approximately -0.885 or +0.885. This image visualizes the difference, with the cream color walks for the regular pi, and the turquoise paths the "pi=4". #pi #randomwalk #genuary #genuary2025
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#genuary17 - Pi is 4? When contemplating how to approach this one, I recalled the fascinating Monte Carlo methods for calculating pi, like counting how many random dots fall inside a circle, or Buffon's needle experiment. A method unfamiliar to me until now method is based on random walk. I had to code it up and try it, and then thought about what would have to change to make pi come out to be 4. Instead of a random walk where each step is randomly either -1 or 1, the steps would need to be approximately -0.885 or +0.885. This image visualizes the difference, with the cream color walks for the regular pi, and the turquoise paths the "pi=4". #pi #randomwalk #genuary #genuary2025
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#genuary17 - Pi is 4? When contemplating how to approach this one, I recalled the fascinating Monte Carlo methods for calculating pi, like counting how many random dots fall inside a circle, or Buffon's needle experiment. A method unfamiliar to me until now method is based on random walk. I had to code it up and try it, and then thought about what would have to change to make pi come out to be 4. Instead of a random walk where each step is randomly either -1 or 1, the steps would need to be approximately -0.885 or +0.885. This image visualizes the difference, with the cream color walks for the regular pi, and the turquoise paths the "pi=4". #pi #randomwalk #genuary #genuary2025
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#genuary17 - Pi is 4? When contemplating how to approach this one, I recalled the fascinating Monte Carlo methods for calculating pi, like counting how many random dots fall inside a circle, or Buffon's needle experiment. A method unfamiliar to me until now method is based on random walk. I had to code it up and try it, and then thought about what would have to change to make pi come out to be 4. Instead of a random walk where each step is randomly either -1 or 1, the steps would need to be approximately -0.885 or +0.885. This image visualizes the difference, with the cream color walks for the regular pi, and the turquoise paths the "pi=4". #pi #randomwalk #genuary #genuary2025
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Hot from the press, with Richard Mann
and @elva: 🐜 Random walks with spatial and temporal resets can explain individual and colony-level searching patterns in antshttps://royalsocietypublishing.org/doi/10.1098/rsif.2024.0149
#physics #ants #animalmovement #animabehaviour #randomwalk #behaviouralecology
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Hot from the press, with Richard Mann
and @elva: 🐜 Random walks with spatial and temporal resets can explain individual and colony-level searching patterns in antshttps://royalsocietypublishing.org/doi/10.1098/rsif.2024.0149
#physics #ants #animalmovement #animabehaviour #randomwalk #behaviouralecology
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Hot from the press, with Richard Mann
and @elva: 🐜 Random walks with spatial and temporal resets can explain individual and colony-level searching patterns in antshttps://royalsocietypublishing.org/doi/10.1098/rsif.2024.0149
#physics #ants #animalmovement #animabehaviour #randomwalk #behaviouralecology
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Hot from the press, with Richard Mann
and @elva: 🐜 Random walks with spatial and temporal resets can explain individual and colony-level searching patterns in antshttps://royalsocietypublishing.org/doi/10.1098/rsif.2024.0149
#physics #ants #animalmovement #animabehaviour #randomwalk #behaviouralecology
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Hot from the press, with Richard Mann
and @elva: 🐜 Random walks with spatial and temporal resets can explain individual and colony-level searching patterns in antshttps://royalsocietypublishing.org/doi/10.1098/rsif.2024.0149
#physics #ants #animalmovement #animabehaviour #randomwalk #behaviouralecology
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#Day29 of the #30DayChartChallenge, #black_n_white
🚶🏻Random walk simulation
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#Day29 of the #30DayChartChallenge, #black_n_white
🚶🏻Random walk simulation
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#Day29 of the #30DayChartChallenge, #black_n_white
🚶🏻Random walk simulation
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#Day29 of the #30DayChartChallenge, #black_n_white
🚶🏻Random walk simulation
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#Day29 of the #30DayChartChallenge, #black_n_white
🚶🏻Random walk simulation
